Umm, not sure what happened to the compare function. Used to read 18.79GB/s full scale for dual channel so when I bent the needle on that I thought it might have adjusted higher but instead on the next run it went down to 17.71GB/s.

Umm, not sure what happened to the compare function. Used to read 18.79GB/s full scale for dual channel so when I bent the needle on that I thought it might have adjusted higher but instead on the next run it went down to 17.71GB/s.

I was running 1600 at 8-8-8-24 at 1.275 vtt, wasn't stable and I didn't bother messing with the volts at the time. I just dropped it to 1200 MHz at cas 7. To get cas 6 I just upped the ram voltage and IOH to 1.2, might not have even needed the IOH. Interestingly I had to make no voltage change to get a 3600 uncore, but I had to go to 1.35vtt to even get it to boot at 4000. IOH didn't help so I just gave up on that, the performance increase wasn't worth such a huge step-up in voltage, and my memory performance already seems above average. I have to say this feels insanely snappy. I think low speed, tight timings, and high uncore gives the best "feel" for a system.

You can ditch the last one. I moved the multi up one so I'm back to 4.2 GHz now that the heatwave is over. Interesting just upping the clock speed on the cpu and no other connecting frequencies makes a difference, however small.

You can ditch the last one. I moved the multi up one so I'm back to 4.2 GHz now that the heatwave is over. Interesting just upping the clock speed on the cpu and no other connecting frequencies makes a difference, however small.

For some reason my G.Skill Pi don't like more than about 1700mhz no matter what amount of tweaking I do. Swapped in the Corsairs I had and things look a lot better. This below is LinX and Hyper Pi 32m stable with only 1.325v on vvt. This was really, really effortless. Going to shoot for 2Ghz tomorrow evening to see what kind of vvt I need for 4ghz uncore.